产品图片
产品图片
产品图片

Dual Element Probe-CN

Brand:

Mitech

Model:

Measuring range:

Resolution Accuracy:

Communication storage:

Working time:

Main unit weight:

Dimensions:

Package dimensions:

Total weight:

Product

  • Overview
  • Graphic
  • Technical
  • Configuration
  • Related

Product

  • Overview
  • Graphic
  • Technical
  • Configuration
  • Related
  • Product Overview

    Mitech industrial ultrasonic dual element probe, the selection of superior performance of the piezoelectric material chip carefully made, strong penetration, high signal-to-noise ratio, excellent near-surface resolution, smaller scattering noise. The key manufacturing processes using special equipment and fixtures, as far as possible to exclude the impact of human factors.We can provide high-quality customized solutions to meet the special needs of customers. It is mainly used in the measurement of wall thickness margin, rust, corrosion, coating and surfacing layer, small parts, and near surface defects detection..Consistent with "EN12668-2" and other relevant standards at domestic and abroad, compatible with a variety of Q6 GB, American standard probe connector and LEMO-00 (C5), Microdot (L5) and other European standard probe connector.

    Function & application

     (1) Near surface resolution is excellent.

      (2) Scattered noise is small.

      (3) Probes interface for national standard.

      (4) Most Europe standard probe with LEMO connector, microdot connector(sidepiece or top direction).


    Working Principle

    Working Conditions

    Instrument Features

      (1) Wall thickness margin, rust-eaten, corrosion.

      (2) Near surface flaw detection.

      (3) Small parts-screws, bolts, pin.

      (4) Adhesive detection.

      (5) Shaft, rod, billet core defects.

      (6) Train wheels.

      (7) Shaft, rod, billet core defects.


    Operating Method and Attentions

    Instrument Maintenance

  • Focal Length 8/10/12/15/18/20/25/30
    Ceramic size (mm) φ9/φ11/φ14/φ20/φ25/3.5x10/7x18/6x20
    Frequency (MHz) 1P/2P/2.5P/4P/5P
    Material Ordinary Materials(P)